Highlighted is Medeaited Matter's Water-based Fabrication Platform.
Neri Oxman and a group of researchers from the MIT Mediated Matter group have developed a water-based digital fabrication platform.
We developed a hybrid fabrication platform and a robust fabrication process to achieve 3D hierarchical structures.
Here, we propose a novel water-based design approach and fabrication platform that enable tight integration between material synthesis, digital fabrication, and physical behavior, at scales that approach and often match those of natural ecologies.
Here we present a novel batch fabrication platform which can be used to facilitate the batch fabrication of thin film devices on substrates with arbitrary shapes and sizes.
As a fabrication platform, the approach is flexible, scalable, and adaptable, meaning that in addition to working towards larger, scaled-up kidney constructs, the team also plans to explore development of other types of complex functional human tissues and organs.
Silicon wafers with standard sizes and shapes have served as the batch fabrication platform for microfabrication of micro/nano devices for decades.
The living radical component of this CLiPP device fabrication platform enables facile incorporation of 3D culture sites into microfluidic cell culture devices, which can be utilized for high throughput screening of cell-material interactions.
This work combines new advances in DNA nanotechnology with a conventional polymer fabrication platform to realize a new emerging class of DNA-based memory.
The epitaxial deposition of thin films on silicon substrates is a key technology for the development of small photonic and electronic devices, based on the current CMOS fabrication platform.
